DE / INT:	+49 - (0)36453 - 744-0	US:	+1 707 4810216
	info@layertec.de		ussales@layertec.com

Date:April 30, 2024 at 2:18:12 PM GMT+2

Datasheet - Laser mirror 128797

General Optical Parameters
Laser Mirror: Corning 7980 KrF grade 248nm \| pl-concave \| Ø=12.7(-0.1)mm \| te=6.35(± 0.10)mm \| wedge=30min S1: wedge side \| Øe10 \| 3/0.2(0.2) [L/10] \| 5/1x0.025; L1x0.004 \| chamfer 0.8 AR(0°,266m)<0.2% S2(^): r=1000mm(±1%) CC \| Øe8 \| 3/-(0.5) [L/4 reg.] \| 5/1x0.016; L1x0.004 \| chamfer 0.3 HR(0°,266nm)>99.7% (Low Loss) T(0°,266nm)~0.025%
Product
Article 128797 Type Laser mirror Laser category Low Loss Optics Laser type Nd:YAG-Laser Coating material (front side) 115240 Coating material (rear side) 128339 Price per unit (net.) on request discount ▼ from 5 pieces 5 % from 10 pieces 10 % from 20 pieces 20 % Stock 0
Material Corning 7980 0A E248 Shape Round Diameter (Ø) 12.7 mm (-0.1 mm) Thickness (t) 6.35 mm (±0.1 mm) Parallelism 5ʹ
Optical Parameters Front Side (S2)	Optical Parameters Rear Side (S1)
Shape concave Radius of curvature 1,000 mm (±1 %) Chamfer 0.3 mm (±0.1 mm) Test area Øe 8 Surface form tolerance 3/-(0.5) [L/4 reg. @546.1nm] Cleanliness 5/1x0.016; L1x0.004	Shape plane Wedge 30ʹ Chamfer 0.8 mm (±0.1 mm) Test area Øe 10 Surface form tolerance 3/0.2(0.2) [L/10 @546.1nm] Cleanliness 5/1x0.025; L1x0.004
Coating specifications front side (S2) (115240) [  ~  ] List all articles with the same coating as the current front side coating	Coating specifications rear side (S1) (128339) [  ~  ] List all articles with the same coating as the current rear side coating
1^st operating range HR(0°,266nm)>99.7% Type High Reflectance Polarisation unpol. $unpolarized = \frac{s + p}{2}$ Angle of incidence 0° Wavelength range 266 nm HR > 99.7 % 2^nd operating range T(0°,266nm)~0.025(±0.01%) Type Transmittance Polarisation unpol. $unpolarized = \frac{s + p}{2}$ Angle of incidence 0° Wavelength range 266 nm T ~ 0.025 % (±0.01 %)	1^st operating range AR(0°,266nm)<0.2% Type Anti-Reflectance Angle of incidence 0° Wavelength range 266 nm AR / HT < 0.2 %
Download	Download